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How Automation Can Prevent Nutrient Deficiencies

Nutrient deficiency in crops can affect your bottom line. Delivering the appropriate nutrition at the right time can make or break your growth operation. Let's examine ways to prevent nutrient deficiency in crops through automation.

Auto-dosing techniques manage your increased performance by measuring pH, water temperature, and electrical conductivity (EC) levels while adding different nutrient combinations to adjust pH and EC levels to optimum levels.

Monitoring EC is essential because the number of salts in the system correlates directly to the number of nutrients dissolved in the water. You can implement climate controller manager to control these factors.

Executing a smart, automated dosing system has crucial advantages, including eliminating the need to manually check if your plants are getting the correct nutrients at the ideal time. This permits you to maximize labor, and the savings accumulate quickly. Besides saving on labor costs, you will also eliminate human error from the equation. A Couple of reasons you should consider a nutrient dosing system include:

  • Adjust or alter pH regularly due to crop needs
  • Change pH and types of water used
  • Monitor and document nutrient dosing information to make optimal growing environments for Certain crops
  • Protect against harvest shock occurrences
  • Prevent crop reduction and boost yields by operating smarter

Automated dosing methods are terrific for large and smaller operations, especially since smaller systems often undergo greater nutrient level changes than larger systems.